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Design of a Compact Wideband Dual-Polarization Antipodal Vivaldi Antenna Array

机译:紧凑型宽带双极化对立维瓦尔第天线阵列的设计

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. Moreover, the cross-shaped metal block with a height of 44 mm is mounted on the corner of the reflection ground plane in each periodic cell, which can fix these antennas enabling of guaranteeing the robustness of this proposed antenna. Obviously, compared to the traditional Vivaldi antenna, this proposed antenna is convenient to replace some elements if necessary. In additional, the simulated impedance bandwidth (active VSWR ≤ 3) for both horizontal polarization antenna and vertical polarization antenna is about 94.5%, ranging 1.2 GHz to 3.35 GHz, while the main beam is scanning from -45° to 45° in azimuth plane and from -30° to 30° in elevation plane. The detailed simulated results and analysis of the proposed conformal antenna array will be presented.
机译:。此外,在每个周期单元的反射接地平面的角上安装有高度为44 mm的十字形金属块,该金属块可以固定这些天线,从而可以保证所提出天线的坚固性。显然,与传统的维瓦尔第天线相比,该天线可在需要时方便地替换某些元件。此外,水平极化天线和垂直极化天线的模拟阻抗带宽(有源VSWR≤3)约为94.5%,范围为1.2 GHz至3.35 GHz,而主波束在方位平面中从-45°扫描到45°并在仰角范围内从-30°到30°。将介绍拟议的共形天线阵列的详细仿真结果和分析。

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